@Article{Hoffman_JPConf_20060901,
 author		= {Forrest M. Hoffman and Inez Fung and Jim Randerson and Peter Thornton and Jon Foley and Curtis Covey and Jasmin John and Samuel Levis and W. Mac Post and Mariana Vertenstein and Reto St\"ockli and Steve Running and Faith Ann Heinsch and David Erickson and John Drake},
 title		= {Terrestrial Biogeochemistry in the {C}ommunity {C}limate {S}ystem {M}odel ({CCSM})},
 journal	= JPConf,
 volume         = 46,
 number		= 1,
 pages		= {363--369},
 doi		= {10.1088/1742-6596/46/1/051},
 day		= 1,
 month		= sep,
 year		= 2006,
 abstract	= {Described here is the formulation of the CASA' biogeochemistry model of Fung, et al., which has recently been coupled to the Community Land Model Version 3 (CLM3) and the Community Climate System Model Version 3 (CCSM3). This model is presently being used for Coupled Climate/Carbon Cycle Model Intercomparison Project (C$^4$MIP) Phase 1 experiments. In addition, CASA' is one of three models---in addition to CN (Thornton, et al.) and IBIS (Thompson, et al.)---that are being run within CCSM to investigate their suitability for use in climate change predictions in a future version of CCSM. All of these biogeochemistry experiments are being performed on the Computational Climate Science End Station (Dr. Warren Washington, Principle Investigator) at the National Center for Computational Sciences at Oak Ridge National Laboratory.}
}